BETHEL CHURCH - HIGHLAND, IN

The Bethel  Church - Highland, is a single-story facility featuring communal and  sanctuary spaces. The electrical systems were designed by 3S MEP+S,  delivering a fully coordinated and efficient building systems solution

A  comprehensive electrical design was developed for the project, encompassing  lighting systems, power distribution, and supporting electrical  infrastructure in accordance with applicable codes and industry standards.

The lighting  design included detailed interior photometric analyses for all occupied  spaces to verify compliance with recommended foot-candle (fc) levels and  provide a safe, comfortable, and energy-efficient environment.  High-efficiency lighting fixtures were selected to optimize energy  performance while meeting the functional requirements of each space. Lighting  control strategies were tailored to the specific use of each area and  incorporated occupancy sensors, vacancy sensors, and time-based control systems  to enhance energy conservation and comply with applicable energy code  requirements.

The power  distribution system was designed to provide reliable electrical service  throughout the facility while supporting both existing and new building  loads. Detailed voltage drop calculations were performed to maintain  acceptable voltage levels at utilization equipment, and fault current  analyses were conducted throughout the electrical distribution system to  verify equipment interrupting ratings and ensure a safe, reliable, and  code-compliant installation. Existing service load calculations were also performed  to evaluate available electrical capacity and confirm the ability of the  existing electrical service to accommodate the proposed additions and  modifications without exceeding its rated capacity.

In support of  the sanctuary audio-visual (AV) systems, comprehensive AV electrical drawings  were developed, including dedicated power provisions, equipment connections,  branch circuit requirements, and pathway infrastructure. Extensive  coordination was performed among the architectural, mechanical, electrical,  plumbing, and AV disciplines to accommodate all system requirements and  ensure reliable operation of the AV equipment. Particular attention was given  to equipment locations, pathway routing, maintenance access, and system  integration to minimize field conflicts and provide a fully coordinated  design.

Throughout the  project, continuous MEP coordination was conducted to ensure compatibility  among all building systems and to support overall system reliability,  constructability, and long-term performance. The coordinated design approach  enabled the successful integration of electrical, mechanical, plumbing, and  specialty systems while meeting the operational needs of the facility and  maintaining compliance with applicable codes and standards.

The final  design delivered a coordinated, reliable, and energy-efficient electrical  infrastructure that met the functional requirements of the facility while  supporting future operational flexibility.

With all  3S MEP+S projects, a primary focus is on integrating MEP and structural  designs with the construction and architectural partners and the end-users to  minimize the need for design adjustments or revisions during the construction  process. Design teams from 3S MEP+S actively engage with all stakeholders to  identify potential conflicts and optimize the overall system layout. Our  teams are exceptionally proficient at harmonizing essential building elements  for successful outcomes.

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